SPECTRAL PROTEIN

Protein Structure Validation Powered by Spectral Analysis

  • Validate bond lengths, angles, and steric clashes
  • K-RUT topological analysis for chirality and secondary structure
  • Interactive 3D visualization with violation highlighting
  • Intelligent fix suggestions with confidence scores
Analyze Structure
7+
Constraint Types
K-RUT
Topology Analysis
3D
Interactive Viewer
PDB
Full Support

How It Works

  +----------------+      +-------------------+      +------------------+
  |   PDB Upload   | ---> | Constraint Check  | ---> |   3D Viewer      |
  |  or RCSB Fetch |      | Bond/Angle/Clash  |      | + Violations     |
  +----------------+      +-------------------+      +------------------+
                                  |
                                  v
                         +-------------------+
                         |   K-RUT Analysis  |
                         | Chirality/Topology|
                         +-------------------+
                                  |
                                  v
                         +-------------------+
                         |  Fix Suggestions  |
                         |  + Confidence %   |
                         +-------------------+

Features

Structural Validation

Check bond lengths, bond angles, and steric clashes against standard geometries with customizable tolerances.

K-RUT Topology

Analyze chirality, detect secondary structures (helices, sheets), and identify topological features like knots.

3D Visualization

Interactive 3Dmol.js viewer with multiple styles, violation highlighting, and smooth animations.

Fix Suggestions

Get intelligent recommendations for fixing violations with displacement vectors and confidence scores.

API Usage

from spectral_protein import (
    PDBParser, ConstraintSet, ProteinConstraintSolver
)

# Parse PDB file
parser = PDBParser()
structure = parser.parse("1crn.pdb")

# Generate constraints
constraints = ConstraintSet.from_structure(structure)

# Validate
solver = ProteinConstraintSolver()
result = solver.validate(structure, constraints)

print(f"Valid: {result.is_valid}")
print(f"Violations: {result.statistics.num_violations}")

Ready to validate your structure?

Launch Analyzer